WO/2015/059730 VEHICULAR OPERATION DEVICE, AND BICYCLE||WO||30.04.2015|
||PCT/JP2013/006198||PANASONIC INTELLECTUAL PROPERTY MANAGEMENT CO., LTD.||JINDE, Naoki|
An operation device (15) attached to a vehicle includes a case (19) in which a circuit board (20) and an internal connection terminal (21) connectable with another device are disposed. The internal connection terminal (21) is attached to the circuit board (20). When an external force (Fa) acts on the internal connection terminal (21) in a thickness direction (A) of the circuit board (20), the external force (Fa) is received by a protection member (28) disposed in the case (19) and allowed to escape outside the case (19).
WO/2015/059734 FABRIC DECORATION STRUCTURE AND FABRIC DECORATION METHOD||WO||30.04.2015|
||PCT/JP2013/006221||OKUGAWA CO., LTD.||OKUGAWA, Takahiro|
The fabric decoration structure is provided with: an embossing part (30), which is set on the back surface of the fabric (10) and presses a region (14) of the fabric (10) outward towards the front surface; and a decorative section (20) placed on the region (14) of the fabric (10) that is pressed outward towards the front surface by the embossing part (30). The region (14) of the fabric (10) that is pressed outward by the embossing part (30) has a flat surface (14a). In the decorative section (20), the region in contact with the region (14) of the fabric (10) fits within the limits of the flat surface (14a). The decorative section (20) comprises a decorative layer (22) and an adhesive layer (24) for gluing the decorative layer (22) to the region (14) of the fabric (10) that is pressed outward by the embossing part (30). In cross-section, the edge (22a) of the front surface of the decorative layer (22) is formed with an angle of less than 90 degrees.
WO/2015/059744 SHOCK-ABSORBING STRUCTURE FOR SOLE SIDE SURFACE AND SHOES IMPLEMENTING SAME||WO||30.04.2015|
||PCT/JP2013/078443||ASICS CORPORATION||FUJITA Hisanori|
[Problem] The present invention addresses the problem of developing: a novel sole side surface shock-absorbing structure, which absorbs the strong impact of heel strike and toe-off by means of the bending and tensile force of a shock-absorbing member, such as a gel, itself while also achieving high stability, and which also exhibits excellent effects in terms of being lighter in weight and in terms of cost; and shoes implementing same. [Solution] The present invention is a structure which has hard bony sections, which protrude to the outside of the side surfaces of the sole when pressure is received, and soft elastic skins provided on the outside thereof and which is for absorbing impact during heel strike, etc., said structure being characterized in that at least a portion of the hard bony sections is provided along the side surfaces of the sole, and the hard bony sections and soft elastic skins are designed to absorb the load when pressure is received by the hard bony sections bending and deforming so as to protrude outward from the sides of the sole in vertical cross-section when pressure is received and the soft elastic skins receiving said deformation and elastically deforming so as to swell outward to the side of the sole, after which, with the removal of pressure, the soft elastic skins then elastically deform so as to contract towards the inside of the sole and as a result, the hard bony sections also are restored to the initial state.
WO/2015/059743 SHOCK-ABSORBING STRUCTURE AND SHOES IMPLEMENTING SAME||WO||30.04.2015|
||PCT/JP2013/078442||ASICS CORPORATION||KUROSAKI Kiyomitsu|
[Problem] The present invention addresses the problem of developing: a novel shock-absorbing structure configured so as to be able, when incorporated, for example, in the soles of shoes, etc. to absorb impact in a stepwise manner and yet also to be able to transfer resiliency smoothly to the wearer's toe-off action; and shoes implementing same. [Solution] This shock-absorbing structure is characterized in being configured so as to exhibit a multi-stage shock-absorbing ability by: being provided with studs, elastic rings fitted thereon, and upper and lower pressure-receiving parts that are connected by the studs; the studs being capable of deforming and being restored at least in the pressure-accepting direction; the effective action height of the rings being set to be lower than the studs; the rings being formed so as not to be glued to the upper and lower pressure-receiving parts; and when pressed, the studs first undergoing compression and deformation in the pressure-accepting direction, after which the rings undergo compression and deformation in the pressure-accepting direction.
WO/2015/059756 MACHINING HEAD||WO||30.04.2015|
||PCT/JP2013/078500||FUJI MACHINE MFG. CO., LTD.||SUZUYAMA, Shigefumi|
A machining head (100) comprising a turret (104) on which a plurality of rotary tools (T) are attached, wherein the head is configured so that the rotation of each of the plurality of rotary tools and the rotation of the turret are performed by one motor (140) during machining. Specifically, the head is provided with a switchable turret rotation transmitting mechanism (150, 158, 194, and the like) that transmits the rotation of a motor shaft (148) to the turret as rotation of the turret and that can cancel the transmission. The head is highly practical because the rotation of each of the plurality of rotary tools and the rotation of the turret are performed by one motor during machining.
WO/2015/059745 COMMUNICATION DEVICE, AND PROGRAM||WO||30.04.2015|
||PCT/JP2013/078452||MITSUBISHI ELECTRIC CORPORATION||NISHIYAMA, Hirohito|
BCM (100) implements periodical data transmission, which is data transmission at regular transmission periods, at a different implementation timing for each DHM (200). When there is DHM (200) that meets an emergency data transmission condition which is a condition for emergency transmission of data, BCM (100) implements emergency data transmission to DHM (200) meeting the emergency data transmission condition regardless of the transmission period.
WO/2015/059748 ELECTRONIC COMPONENT MOUNTING APPARATUS||WO||30.04.2015|
||PCT/JP2013/078468||FUJI MACHINE MFG. CO., LTD.||TANAKA, Katsunori|
The objective of the present invention is to shorten movement time for a substrate in an electronic component mounting apparatus in which heating and component mounting are performed. While a substrate is moved in an arrow (A) direction, heating and component mounting are performed; however, in a heating region, the substrate is moved by a transport conveyor device (36), and in a component mounting region, the substrate is moved by a shuttle apparatus (42) over rails (110p, 110q). In comparing the chains (90p, 90q) with the rails (110p, 110q), frictional force generated with the substrate is lower for the chains (90p, 90q), and therefore, it is possible to cause the speed of movement for the transport conveyor device (36) to be faster. As a result, it is possible to shorten the amount of time required for movement of the substrate relative to the case of being moved by the rails and the shuttle apparatus in both the heating and component mounting regions. Furthermore, the chains (90p, 90q) do not exist below the rails (110p, 110q), and therefore, it is possible to extend the movable range of a flow tank (206), thereby allowing extension of the component-mountable region.
WO/2015/059742 MAP DISPLAY DEVICE||WO||30.04.2015|
||PCT/JP2013/078428||MITSUBISHI ELECTRIC CORPORATION||WAKAYANAGI Haruhiko|
A map display device (10) is provided with a map display unit (2a) for displaying a map on a touch panel (1) and a scroll operation screen display unit (2b) for displaying a scroll operation screen on the touch panel (1), the scroll operation screen including a direction designation area (21) for a user to designate the direction of a scroll in the map. The center of the direction designation area (21) corresponds to a reference point defined in the map being displayed on the touch panel (1). The scroll operation screen display unit (2b) displays a significant location icon (24) indicating whether or not a predetermined significant location exists in each direction viewed from the reference point at the position in the outer periphery of the direction designation area (21) corresponding to each direction.
WO/2015/059754 MOUNTING DEVICE AND MANAGEMENT DEVICE||WO||30.04.2015|
||PCT/JP2013/078492||FUJI MACHINE MFG. CO., LTD.||KAMIO, Ryohei|
A mounting device (11) acquires mounting condition information including type information relating to a component, the mounting position of the component, designation information relating to a head (42) for mounting the component in the mounting position, and information relating to the mounting order of the component, and executes mounting processing on the basis of the acquired mounting condition information. At this time, the mounting device (11) exchanges a held head (42) for a head (42) stored in a storage part (46) if needed, and executes the mounting processing using the head (42) designated by the mounting condition information (76). When the head (42) designated by the mounting condition information is not present in the device, the mounting device determines whether or not an alternative head serving as a substitute for the head (42) is present in a head holder (41) and the storage part (46), and when the alternative head is present, changes the designated head to the alternative head and executes alternative mounting processing.
WO/2015/059733 PROSTHESIS FOR REPAIRING HERNIA||WO||30.04.2015|
||PCT/JP2013/006218||NITI-ON CO., LTD.||TAKEHARA, Hiroo|
The present invention addresses the problem of providing a technique for sufficiently preventing relapse of hernia in the LPEC method wherein no wide-range incision is needed and effects of a placed prosthesis on a living body can be minimized. A prosthesis for repairing hernia characterized by comprising a mesh-type sheet that is formed into a hollow conical shape.